The Intel® SSD 750 Series (Released 2015) is a PCIe* Gen3 x4, NVM Express* 1.0 device. A system based on an Intel® Z97 Chipset or an Intel® X99 Chipset (both released in 2014) are recommended, specially since motherboards with these chipsets or newer are more likely to have the PCIe 3.0 x4 connector and uEFI 2.3.1 BIOS required for the drive's proper operation.
* PCIe 2.0 may be used with the SSD as secondary data drive, but this will reduce the performance.
The Intel® SSD 750 Series have been tested with selected motherboards, however, not every available configuration has been tested.
As can be seen in the drive's Frequently Asked Questions (FAQ), Before you buy advisory and Product Specifications, A system based on an Intel® Z97 Chipset, Intel® X99 Chipset or newer is "required" to boot from the drive, and "suggested" if the SSD is used as secondary drive.
This drive has not been tested with systems using the Intel® X79 Chipset (released 2011), so we cannot guarantee it will operate operate properly in this type of systems. We advise you to check with the Motherboard's support to confirm if your motherboard meets the requirements mentioned in the documents linked before.
Good evening jonathan_intel!
Thank you very much for the answer, but that's not the answer that I needed. Perhaps this is an error of interpretation or not true, I expressed my idea. I am wondering whether there are any obstacles to the use of hardware SSD 750 PCI-E on the X79, or is it purely a question is in the plane? Theoretically, the SSD was released later as X79 and X99 platforms, and therefore I do not understand if there is hardware obstacles to its use. Apparently Intel following its policy has already written off the scrap as the X79 platform obsolete, it is really a pity.
With regard to these terbovany you, this motherboard should fully comply with them http://www.asrock.com/mb/Intel/X79%20Extreme9/index.us.asp?cat=Specifications. Judging by the read on the forum, many PC users refuse to buy 750 and 3 *** versions, because they are not bootable, and somewhere in a forum wrote that the support NVMe in UEFI starts with version 2.4 (or better 2.5) perhaps even you will agree that to take this device as an accumulator (storage) makes no sense.
From the hardware perspective (form factor, type of connector, etc), there are no obstacles for you to use the Intel® SSD 750 Series in motherboards with Intel® X79 chipset. However, the requirements listed in links provided before are needed for proper operation: PCIe* Gen3 x4, uEFI 2.3.1, NVME support, etc.
Please consider that motherboards based on the Intel® Z97 Chipset and Intel® X99 Chipset are recommended, and even some of those motherboards may not be designed to work with these new drives. Intel® SSD 750 Series are not certified to operate in motherboards using previous generation chipsets, since most of those motherboards may not have the features required for the optimal functionality of the drive. Systems that do not meet the recommended requirements could use SATA SSDs as boot devices.
If you plan to use the Intel® SSD 750 Series in your X79 chipset motherboard, we strongly advise you to contact the Motherboard manufacturer, so they can confirm if the motherboard is able to operate with the new drive.
Hi Jonathan! Thank you for answers and explanations! If I understood everything correctly, the main problem is not the desire to motherboard manufacturers provide software support products * 7 Series and other no-bottlenecking. Well I will write to the ASRock.
Maybe it's silly, but I still ask you to Jonathan, if you have the opportunity to ask someone of your colleagues verify this compatibility at least for family motherboards from Intel, if you it will not be difficult.)))
And it turns out like this - you want a fast SSD from Intel - do not forget to bring a 2-3K $ to the new system (PC).
Hi Jonathan! I have a question that I can not on Google, and that would not produce new themes I decided to write here well.
Perhaps it will seem to you RUTFs, but still: Why so different speed read and write large files, depending on the controller? From the amount of memory (size, disk space)? If you believe the reviews for 750 is the same controller as in P3700, but the write speed for large files very different or is it done on purpose?
The second question is a large file blocks are written more evenly than small or they are written in a random order, because the speed of read / write access to both large and small files is huge?
It is difficult to find a useful link with a good description of the operating principle.
There are many factors to consider when comparing performance values between SSDs. I am not entirely sure I understood your question, but here are some pointers about this topic:
- The Intel® SSD DC P3700 Series is a Data Center driver, meant to be used in Enterprise systems, it has additional hardware components for enhanced reliability and performance. The Intel® SSD 750 Series is considered a consumer device and does not have some of the features provided by the P3700. In most situations the P3700 will perform better than the 750 series.
- When you compare performance, always compare similar values, for example:
Sequential test results are measured in MB/s (Megabytes per second), Random test results are expressed in IOPS (Input-output operations per second).
Sequential tests normally use 128 KB transfer size, Random tests use 4 KB or 8 KB transfer size.
Drives of the same family but with different capacity will normally have different performance ratings.
You will find a lot of useful information in the following document as it explains the benchmarking principles and how it can be measured:
As JFFulcrum mentioned, the operation of PCIe* NVMe* drives has not been certified with systems using the Intel® 5520 Chipset .
In this case, you might want to check with the Computer Manufacturer Support if they have tested your server model with this type of SSD's.
I would like to add that the Intel® SSD 750 Series is a consumer drive designed for performance, and it is not meant to be used for write-intensive usage nor Data Center Environments.
Since you plan to use the SSD to hold database files, we would advise to consider a drive of the Intel® SSD Data Center Family for NVMe*, that are designed for read- and write-intensive storage workloads in data center environments. Currently, there are different PCIe* NVMe* series that exceed the endurance capabilities of the 750. For example: Intel® SSD DC P3500 Series, Intel® SSD DC P3600 Series, Intel® SSD DC P3608 Series and Intel® SSD DC P3700 Series.